Hannah E. Holland-Moritz

The paper develops a genomic index to predict microbial success in permafrost thaw by analyzing growth optimization and validates it with incubation experiments.

This study compares microbial community responses to exudates and soil organic matter degradation in shrub and sedge rhizosphere soils using stable isotope probing.

This study transplants mosses between tundra sites to show that nitrogen fixation rates are more influenced by host species and microenvironment than microbiome changes.

This study identifies consistent microbial responses to permafrost thaw across different soil types in Alaska, showing increased biomass and specific taxa abundance linked to carbon flux.

The paper examines microbial responses to warming in thawing permafrost peatlands over seven years, finding habitat-specific stability despite environmental changes.

The paper examines how host plants, soil mineralogy, and ectomycorrhizal communities shape rhizosphere bacterial and fungal structures in Alaskan tundra ecosystems.